specs – HMC E155

Other Formats

Design uses CMSIS library device templates.
SPI library written
SPI library can communicate with the digital temperature sensor to read the current temperature
System properly handles temperatures between -10 ˚C and 30 ˚C.
Webpage displays current temperature with units
Webpage updates temperature when refreshed
Webpage properly displays the LED state
Webpage can control the LED state

Report includes sample SPI transaction from logic analyzer
System reads temperature values at any user-configured resolution (e.g., user can choose from 8/9/10/11/12-bit resolution on webpage).

Standard symbols used for all components where applicable
Signals “flow” from left to right where possible (e.g., inputs on left hand side, outputs on right hand side)
Title block with author name, title, and date

Descriptive filename that matches module name (e.g., lab2_jb.sv)
One module per file
Descriptive variable names
Neat formatting (e.g., standard indentation, consistent formatting for variable names (kebab-case/snake_case/camelCase/PascalCase ))
Descriptive and clear function/module names
Comments to indicate the purpose of each function/module

Name, email, and date at the top of every file
Comment at the top of each source code file to describe what is in it
Clear and organized hierarchy (e.g., delineation between top level modules and submodules)
Testbenches written for each individual module to demonstrate proper operation
Testbench output for each module included in the report

Statement of whether the design meets all the requirements. If not, list the shortcomings.
Number of hours spent working on the lab are included.
Writeup contains minimal spelling or grammar issues and any errors do not significantly detract from clarity of the writeup.
AI prototype attempted and some reflection is recorded.
(Optional) List comments or suggestions on what was particularly good about the assignment or what you think needs to change in future versions.

Add specific notes here about the assignment.